… design developed in this paper decouples the optical sensor unit from other components, and
allows the sensor … The new ring design also attenuates the influence of finger acceleration, …

… An artifact-resistive and power-efficient design of ring sensors has been … design developed
in this paper decouples the optical sensor unit from other components, and allows the sensor …

… The ring sensor is a miniaturized, telemetric, monitoring device worn by a patient as a finger
ring. The … An artifact-resistive and power-efficient design of ring sensors has been tested and …

… Sensor, a miniaturized, telemetric, photo plethysmograph … Additionally, an artifact resistant,
power-efficient, high-speed … Ring Sensor is worn by the patient as a finger ring. This unique …

… becomes distorted and even saturated as the finger moves dynamically, and it becomes
impossible to recover the original plethysmographic signal. Under heavy motion it is better to …

… is familiar to the user because it slides onto the finger similar to a finger ring. If the finger
changes in diameter over time, two issues result: insecure attachment of the cover and base unit …

… the sensor node power consumption in wireless sensor … the reconstruction on the sensor
node and then transmitting the data … features locally on the sensor node is becoming important, …

… Yang, and HH Asada, “Artifact-resistant powerefficient design of finger-ring
plethysmographic sensors,” Biomedical Engineering, IEEE Transactions on, vol. 48, no. 7, pp. …

… sensor signals corrupted by body motion. The method is developed for a finger ring
photoplethysmograph (PPG) sensor, the … A MEMS accelerometer (ACC) imbedded in the PPG …

The US health care system faces daunting challenges. With the improvements in health care
in the last few decades, residents of industrialized countries are now living longer, but with …